def GetProcesses(self, process_filter=None):
if process_filter is None:
process_filter = lambda n: re.match('^' + self._default_process_name, n)
processes = set()
ps_output = self.platform_backend.GetPsOutput(['pid', 'name'])
for pid, name in ps_output:
if not process_filter(name):
continue
if pid not in self._existing_processes_by_pid:
self._existing_processes_by_pid[pid] = android_process.AndroidProcess(
self, pid, name)
processes.add(self._existing_processes_by_pid[pid])
return processes
def GetProcesses(self, process_filter=None):
if process_filter is None:
# Match process names of the form: 'process_name[:subprocess]'.
process_filter = re.compile(
'^%s(:|$)' % re.escape(self._default_process_name)).match
processes = set()
ps_output = self.platform_backend.GetPsOutput(['pid', 'name'])
for pid, name in ps_output:
if not process_filter(name):
continue
if pid not in self._existing_processes_by_pid:
self._existing_processes_by_pid[
pid] = android_process.AndroidProcess(self, pid, name)
processes.add(self._existing_processes_by_pid[pid])
return processes
